We construct from Gaia eDR3 an extensive catalogue of spatially resolved binary stars
within≈ 1 kpc of the Sun, with projected separations ranging from a few au to 1 pc. We …

The second data release of the Gaia mission contained astrometry and photometry for an
incredible 1692 919 135 sources, but how many sources did Gaia miss and where do they …

We present a catalog of 99,203 wide binary systems, initially identified as common proper
motion (CPM) pairs from a subset of∼ 5.2 million stars with proper motions $\mu\gt …

Passing stars may play an important role in the evolution of our solar system. We search for
close stellar encounters to the Sun among all 7.2 million stars in Gaia DR2 that have six …

We examine the capacity to identify binary systems from astrometric errors and deviations
alone. Until the release of the fourth Gaia data release, we lack the full astrometric time …

We derive Bayesian distances for all stars in the radial velocity sample of Gaia DR2, and use
the statistical method of Schönrich, Binney & Asplund to validate the distances and test the …

We examine the capacity to identify binary systems from astrometric deviations alone. We
apply our analysis to the Gaia eDR3 and DR2 data, specifically the Gaia Catalogue of …

Context. The second Gaia data release (Gaia DR2) provides precise five-parameter
astrometric data (positions, proper motions, and parallaxes) for an unprecedented number of …

ABSTRACT The Gaia early Data Release 3 has delivered exquisite astrometric data for 1.47
billion sources, which is revolutionizing many fields in astronomy. For a small fraction of …

The systematic offset of Gaia parallaxes has been widely reported with Gaia's second data
release, and it is expected to persist in future Gaia data. In order to use Gaia parallaxes to …